Magnetic resonance spectroscopic imaging (MRSI) offers considerable promise for
monitoring metabolic alterations associated with disease or injury; however, to date, these …

MR spectroscopic imaging (MRSI) has become a valuable tool for quantifying metabolic
abnormalities in human brain, prostate, breast and other organs. It is used in routine clinical …

Purpose To improve clinical three-dimensional (3D) MR spectroscopic imaging with more
accurate localization and faster acquisition schemes. Materials and Methods Institutional …

Purpose To develop a fast and automated volume‐of‐interest (VOI) prescription pipeline
(AutoVOI) for single‐voxel MRS that removes the need for manual VOI placement, allows …

In vivo MRSI is an important imaging modality that has been shown in numerous research
studies to give biologically relevant information for assessing the underlying mechanisms of …

Novel low‐power adiabatic sequences are demonstrated for in vivo localized two‐
dimensional correlated MR spectroscopy, such as correlated spectroscopy and total …

Purpose Large lipid and water signals in MR spectroscopic imaging (MRSI) complicate brain
metabolite quantification. In this study, we combined adiabatic hypergeometric dual‐band …

Purpose: To develop a technique for optimizing coverage of brain 3D 1H magnetic
resonance spectroscopic imaging (MRSI) by automatic placement of outer‐volume …

Two major difficulties encountered in implementing Magnetic Resonance Spectroscopic
Imaging (MRSI) in a clinical setting are limited coverage and difficulty in prescription. The …

In this work we introduce the concept of correlation chemical shift imaging (CCSI). Novel
CCSI pulse sequences are demonstrated on clinical scanners for two‐dimensional …